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    • 3. 发明授权
    • Printhead carrier having zero clearance bearing arrangement
    • 具有零间隙轴承布置的打印头托架
    • US07766568B2
    • 2010-08-03
    • US11872086
    • 2007-10-15
    • William Michael ConnorsStephen Edward Stewart
    • William Michael ConnorsStephen Edward Stewart
    • B41J1/36B41J19/20
    • B41J19/005F16C29/02F16C29/123
    • A printhead carrier having a zero clearance bearing arrangement includes a first open-faced bearing coupled to a dampener frame. The first open-faced bearing has a first bearing surface positioned to contact the cylindrical guide surface of a guide rod of an imaging apparatus. A second open-faced bearing is coupled to the dampener frame. The second open-faced bearing has a second bearing surface positioned to contact the cylindrical guide surface of the guide rod. The guide rod is diametrically positioned between the first open-faced bearing and the second open-faced bearing. An elastic foam member is interposed between the first open-faced bearing and the dampener frame. The elastic foam member is compressed to exert an expansion force between the first open-faced bearing and the dampener frame to load the second open-faced bearing on the guide rod in a zero-clearance relationship with the guide rod.
    • 具有零间隙轴承装置的打印头托架包括联接到阻尼器框架的第一敞开式轴承。 第一敞开式轴承具有第一支承表面,其被定位成接触成像装置的导杆的圆柱形引导表面。 第二敞开式轴承联接到阻尼器框架。 第二敞开式轴承具有定位成接触导向杆的圆柱形引导表面的第二支承表面。 导杆直径位于第一敞开式轴承和第二敞开式轴承之间。 弹性泡沫构件插入在第一敞开式轴承和阻尼器框架之间。 弹性泡沫构件被压缩以在第一敞开式轴承和阻尼器框架之间施加膨胀力,以将第二敞开式轴承以与导杆零间隙关系的方式装在导杆上。
    • 5. 发明申请
    • Printhead Carrier Having Zero Clearance Bearing Arrangement
    • 具有零间隙轴承布置的打印头架
    • US20090097896A1
    • 2009-04-16
    • US11872086
    • 2007-10-15
    • William Michael ConnorsStephen Edward Stewart
    • William Michael ConnorsStephen Edward Stewart
    • B41J25/304F16C29/06
    • B41J19/005F16C29/02F16C29/123
    • A printhead carrier having a zero clearance bearing arrangement includes a first open-faced bearing coupled to a dampener frame. The first open-faced bearing has a first bearing surface positioned to contact the cylindrical guide surface of a guide rod of an imaging apparatus. A second open-faced bearing is coupled to the dampener frame. The second open-faced bearing has a second bearing surface positioned to contact the cylindrical guide surface of the guide rod. The guide rod is diametrically positioned between the first open-faced bearing and the second open-faced bearing. An elastic foam member is interposed between the first open-faced bearing and the dampener frame. The elastic foam member is compressed to exert an expansion force between the first open-faced bearing and the dampener frame to load the second open-faced bearing on the guide rod in a zero-clearance relationship with the guide rod.
    • 具有零间隙轴承装置的打印头托架包括联接到阻尼器框架的第一敞开式轴承。 第一敞开式轴承具有第一支承表面,其被定位成接触成像装置的导杆的圆柱形导向表面。 第二敞开式轴承联接到阻尼器框架。 第二敞开式轴承具有定位成接触导向杆的圆柱形引导表面的第二支承表面。 导杆直径位于第一敞开式轴承和第二敞开式轴承之间。 弹性泡沫构件插入在第一敞开式轴承和阻尼器框架之间。 弹性泡沫构件被压缩以在第一敞开式轴承和阻尼器框架之间施加膨胀力,以将第二敞开式轴承以与导杆零间隙关系的方式装在导杆上。